Hewlett-packard Development Company, L.P.

Other

Otter Products, LLC

Seagate Technology Incorporated

Todd Christopher Adelmann

Andrew M Spencer

Kenneth Kay Smith

Stewart R Wyatt

Patrick M Bickley

Margo N Whale

A protective cover configured for use with an electronic device having antenna regions. The protective cover comprises a protective shell configured to receive the electronic device when the electronic device is installed in the protective cover. The protective shell is configured to contact and cover at least portions of the back and sides of the electronic device when the electronic device is installed in the protective shell. The protective shell includes a first material and a second material where the second material has a dielectric constant that is different than a dielectric constant of the first material in at least one operating frequency range of the electronic device. The second material is present in regions of the protective shell that are in proximity to the antenna regions of the installed electronic device.

Protective case for electronic device

A portable protection apparatus includes a protective shield, a handle, a rechargeable battery, electrical circuitry configured to be powered by the rechargeable battery, and a first display element positioned on a first side of the protective shield. The first display element is configured to selectively display an instructional message when directed by the electrical circuitry, wherein the first display element is configured to be visible at a distance from the first side of the protective shield. The portable protection apparatus also includes a second display element positioned on a second side of the protective shield configured to display the instructional message to the user holding the protective shield.

Protective shield with display

A portable shield includes a protective shield and a handle attached to the protective shield for holding and carrying the portable shield from a first side of the protective shield. The portable shield further includes a battery and a display element powered by the battery. The display is configured for electronically displaying an instructional message that is visible from a second side of the protective shield at a distance, wherein the second side is opposite the first side. The portable shield further includes electronic circuitry powered by the battery that is configured for selectively displaying the instructional message on the display element. In some examples, the portable shield may wirelessly receive information regarding the instructional message from a base station along with other instances of the portable shield.

A protective case for an electronic device includes an outer shell and an inner cushion liner. The inner cushion liner is attached to an inner surface of the outer shell. The inner cushion layer is configured to receive the electronic device when the electronic device is installed in the protective case and is configured to contact and cover at least portions of the back and sides of the installed electronic device. The inner cushion liner comprises a first material for cushioning the installed electronic device as well as one or more regions of a second material configured to be in proximity to one or more antennas or antenna regions of the installed electronic device, respectively. The second material has a lower dielectric constant than the first material in at least a preferred frequency range of the electronic device.

A case for use with a portable electronic device includes a shell, an internal electrical connector, and first and second external electrical connectors. The internal electrical connector is accessible at the interior surface of the shell and adapted for electrically interfacing to a port of the portable electronic device when the portable electronic device is inserted into the shell. The first external electrical connector is accessible at the exterior surface of the shell and adapted for conducting first electrical signals from the inserted portable electronic device through the internal electrical connector and through the first external electrical connector to a first external electrical device. The second external electrical connector is accessible at the exterior surface of the shell and adapted for conducting second electrical signals from a second external electrical device to the inserted portable electronic device through the second external electrical connector and through the internal electrical connector.

Protective case having plurality of external connectors

A case for an electronic device includes a shell and at least three electrical connectors. The shell receives the electronic device and covers at least a portion of the electronic device. A first electrical connector is on an interior of the shell and electrically connects the case to an electrical interface of the electronic device when the electronic device is installed in the case. A second electrical connector is on an exterior of the shell and electrically connects a first external electrical device to the electronic device through the electrical interface of the electronic device. A third electrical connector is on the exterior of the shell and electrically connects a second external electrical device to the electronic device.

Case with electrical multiplexing

Methods, systems, and computer-readable mediums for a data entry system are provided. A method of operating a data system in accordance with the invention includes a computer processor configured for receiving a viewing direction of a first party, where the first party is looking in the viewing direction to view a menu of information. The method further includes identifying a portion of the menu based on the viewing direction of the first party and displaying, to a second party, one or more menu choices associated with the identified portion of the menu. The method may also include receiving, from the second party, a selection of one of the one or more menu choices where the selection of the one menu choice by the second party is based, at least in part, on supplemental information received by the second party from the first party.

Dynamic menus

A removable semiconductor memory card for a portable appliance is provided comprising a memory with a portion thereof dedicated to deleted files, and a memory card controller that operates to recognize a memory delete command associated with a specific file, and to shift the specific file to the deleted files portion of the memory.

File recovery system for a removable portable memory device

Systems and methods for storing information to allow users to manage files are provided. One method embodiment comprises determining whether there is communication between a storage device and a first appliance; determining whether the storage device has any information stored in it, if there is communication; and generating the information, if there is no information stored on the storage device, the information comprising the type of an initial modification made to a file.

Systems and methods for storing information to allow users to manage files

A method, data structure, and system for storing memory card usage information on a memory card is provided. The method includes a step of collecting information about usage. The method also includes the steps of recording the information about usage in an area of the memory card, and accessing the information about usage.

Method to store and retrieve memory card usage information

A storage device includes a storage medium and a probe having plural tips. The storage medium has a surface in which storage cells are to be formed. The tips of the probe form plural perturbations in the surface in at least one of the storage cells for representing a data bit.

Storage device having a probe with plural tips

A storage device comprises a probe having a tip. The storage device also comprises a storage medium, with the tip of the probe to form the groove in the storage medium. The probe tip interacts with a surface of the groove to store and read data.

Storage device having a probe with a tip to form a groove in a storage medium

A method and related system for managing data compression activities within a removable storage device that is receivable by a host device. An exemplary embodiment of the storage device typically includes a storage medium for storing received and compressed data. The storage device further includes a processor for managing data compression functions and writing received and compressed data to the storage medium.

System and method having removable storage medium with data compression

Embodiments of the present invention are implemented in memory systems. In one embodiment, the memory comprises an array of memory cells and a control circuit. The control circuit is configured to read error correction coded data from the array of memory cells, provide error correction code decoding to selected error correction coded data and discard unused error correction code parity data of unselected error correction coded data.

Magnetic memory with error correction coding

A storage device comprises a probe and storage cell having moveable parts that are actuatable to plural positions to represent respective different data states. The probe interacts with the moveable parts to selectively actuate the moveable parts to the plural positions.

Growing community of inventors

Boise, ID, United States of America

Todd Christopher Adelmann